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9512-055 (CSCS) Title 24TITLE 24 CALCULATIONS FOR I N.W. CORNER -HWY 1.11 & ADAMS ST. LA QUINTA) CA GERUNG ENGINEERING 23144 TWIN CANYON DRIVE GRAND TERRACE, CALIFORNIA 92313 (909)783-4958 FAX 783- 6659 PROJECT NAME DATE T ADDRE S _.... 1(( A 1 N I aUl "t3ii( N. :> > PRINCIPAL DESIGNER - ENVELOP LEPHONE DOCUMENTAT49N AUTHOR TELEPHONE -INFORMATIONINERAL DATE OFF C Sul WING CONDI110NEC1 PLWA AREA 2z;�0 CLIMATE ZONE 1Z5 BUILDING iYPE NONRESIDENTIAL NIGH ME RESIDENTIAL HOTEUMOTEL GUEST ROOM PHASE OF CONSTRUCTION NEW CONSTRUCTION a A015016N ALTERATION UNCONDITIONED (Fib A"Viq METHOD OF ENVELOPE COMPLIANCE COMPONENt -F1 WMALL ENVELOPE El PERFoRMANcE This certificate of Compliance Ilstt; the ulklltlg featltUf'es grid per?to cots Y with Title 24, Parts '1 and 6 of the California Coda of Regiliati6M. TFild bertific414AppUes only to building oholope requirements. The Principal Envelope Designer hereby certifies that the prop6d6d building design tepresehted In this set of construction documents is consistent with the other t6mpiiance forms and Workbheots, with the specification§, and with any other calculations submitted with this permit application. The proposed building has been desighod to meet the envelope requirements contained in sections 116, 1161hrough 118, and 143 or 149 of Title 24, Part 6, Chapter 1. Pmase check one: �I hereby affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code to sign this document as the person responsible for Its preparation; and that l aim a civil engineer or architect. I affirm that I am eligible under the etitim' ption to DiVislon 3 of the Business and Professions Code by Section 5537.2 of the Business and Professions Code to sigh this document as tho person responslble for its preparation; and that I am a licensed ,contractor preparing docurnenis for work that I have contracted to perform. 1 affirmLt I am eligible under the exemption to Division 3 of the Business and Professions Code by Section of the Code to sigh this document as the person responsible for Hs preparation; and for the following reason: PRINCIPAL ENVELOPE DESIGNER - K Indicate location on plans of Note Block fot Mandsittory MigaUrea L— UC. NO. For detailed insirUctio6t on the use of this And -ell Energy Efficiency MMdatdg compliance forme, pidase refer to the Nontesldential ual published by the California Energy Comm ilseioh. -,,v-1: Required on plans for all submittals. Part 2 maybe IncOtpdratdd In schedules on plane. ENV-2: Used for all submittals; choose ap"proprlaW Versloli deparidihij do method of 9nv&lope compliance. ENV-3: Optional. Use if default U-values ate not Ueed. Choose apptoptlate verslon for assembly U-value to be calculated. NonreskisnUO Compliance Form December 1991 . I PROJECT NAME DATE GROSS WALL AREA GWA /1 �j `'05 GWA X 0.4 Z It the PROPOSED WINDOW AREA Is greater than the MAXIMUM ALLOWABLE WINDOW AREA, 'then go to another method. METEI Y R- DPXB GREATER OF CJ VZ MAXIMUM V ALLOWABLE WINDOW AREA Q , ( PROPOSED u WINDOW AREA ATRIUM HEIGHT A FT �IF<65 IF>5S� ' ALLOWED % - .06 ALLOWED % - .1 ALLOWED % GR. ROOF AREA ALLOW. SKY. AREA It ft ACTUAL SKYLIGHT AREA Is piaatot VWA tha ALLOWED SKYLIGHT AREA, (hen to Aliothbr mefiwd. - ACTUAL SKY.'AREA ®•gip ASSEL48LY NAME TYPE HEAt INSULATION R-VALUE' . (eg. Wall-1, Fim-1) (eg. Roof, Wall, Frame) CAPACItY PROPOSED MIN. ALLOWED LIDA L,t,, � �,o (� �I t • For oath asselritlly typo,1n04i the minlhium Iheuladoh R-Valuo dr 04 maximum assombty U-valuo. A$l;EMSLY U-VALUE• PROPOSED TABLE VALUES? MAX. A Y N WINDOW NAME ORIENTATION U-VALUE .. N bF '(eg. Window-i, Wth&W-2) �4 E_ S .-PROP: ALLOWL �_ PAnNES ❑ ❑ ❑ tq,cq ot0 ` ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ALLOW. gSHd r� . >pRoPO�ED gt;Htl SC ovERHANt3 PROP. RSHG H V HN OHF SKYLIGHT NAME GLAZING 060 UNALUE SHADING COEFFICIENT (eg. Sky-1, Sky-2) TRANSLUCENT TRANSPARENT PANEL PROPOSED ALLOWED PROPOSED ALLOWED ❑ ❑ ❑ ❑ ❑ ❑ Nonresideni;i Compliance Form December 1991 Mi MbNENTi DES CA I P.,T1 4889MOLit MM9 [_ujb'LL_ Aftl;MOLY **PIE Floor Wall C611ing Root WaMdMATIEMAL Pok ho slii FRAMING 0ACiNG 16' o.c. 24* o.c. _.: INS41LA11ON RNALUE SKETCH OF ASSEMBLY �0 •oENTS'�'q DESCRIPTION OUTSIDE SURFACE AIR FILM C r2- 04 > INSIDE SURFACE AIR FILM METAL WNW FACTORS SiUd $0461nd blisd h.1Vsiu:6 wall, 46' O.C. 4' 0.435 R 11 0.318 R- 13 0.281 A -it 0450 6. A-19 0264 A-21 0.241 R-22 0.230 A-26 0.209 24' O.C. 4' R-7 0.475 R-11 0.353 R- 13 0.314 RA6 0.280 8. 0.299 k-21 0.274 A-22' 0.261 A-26 1 0.239 SUBTOTAL _u kc METAL OAAMIN Q_F`ACTOh MFF Ac X Opt A -VALUE INSULATING SHEATHING h-VALUE tdtA'L' h-VALUt I/ ht As§EMBLY U-VALUE Nonresidendal Compliance ForM December 1991 PROJECT NAME DATE Anacm L1f NAY ASSEMBLY Tiot Floor Well Gifling Awl FRAMINd MATERIAL ti FTbh W o.c. 9V o.c. INSULATION ' 6 VALUE SKETCH Of ASSEMBLY Il • CAVITY DESCRIPTION OUTSIDE SuRVACE AIR FIb4'1_ Pb� -r- &:=)Q Ic> &EA uj k.-J, INSIDE SURFACE AIR FIi,M METAL FIAMIN, I MOORS Stud Spacing Mud Moth Wulatloh II-viduo Non -Mass wall W ox. 4- R-7 0.436 A-il 0.318 A-13 0.281 R-15 0.260 Hol FI-10 0264 0.241 R-2t R-22 0.230 h-25 0.209 24* ot. 4* R-7- 0.476*' R-1 1 0.363 R-0 0.314 N-16 0.280 -A-19 0.299 R-21 0.274 A-22 0.281 Fi.26 6.239 SUBTOTAL I1jrL: Ac METAL FRAMING PACiolit MFF Ac x Mpp pq A -VALUE INS ; ULA-fikd SHEATHING A -VALUE TOTAL R-VALUE At ilfit C_ 99. ASSEMBLY U-VALUE I Fohn December 19911 ' PROJECT NAME LA Ct�iZl �,JAS DATE -2�. F 'CT ADDRESS S CO(Lr->Uz- Qulldlr Pofmll ChOckOd bji/Data Eatoroftrritn 1►ge+ioy Use PRINCIPAL DPVNER - MECHANICAL TEL ONEID DOCUMENT N UTHOR �, 1 LETHONEE T' � � ` s_ RMATI, DATE OF PLAN � � l3UILDINf3 CONDITIONED P��E�., ^ • BUILDING TY E NONRESIDENTIAL NIGH gISE faESIDENTIAL , HOTEUMOTEL GUEST ROOM PHASE OF:CONSTAUCTION [XNEW CONSTRUCTION ADDITION ALTERATION METHOD OF 1IECHANICAL COMPLIANCE PRESCAIPTIVE PEAFOAMANCE PROOF OF ENVELOPE COMPLIANCE pAtvlous ENVELOPE PERMIT ENVELOPE COMPLIANCE ATTACIED This Certificate of Compliance lists the Duilding"�featu`r"es and pi�ri�r�ta'�ce $peClticetldina �aadad to coniply with Title) 24, Parts 1 and 6 of the California Code of Regulations. This 6e04ta wiles only to building Mechanical roqulrements. The Principal Mechanical Designer hereby certifies that the proposed building design represented in this set of construction documents is consistent with the other compliance fortes and Worksheets, with the specificatlons, and with any other calculations submitted with this permit application. the proposed building has been designed to meet the mechanical rc- ' '-pments container: in sections 110 through 119, 120 through 124, 140 through 142, 144 and 145. Please check one: V, hereby affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code to sign this document as the person responsible for its preparation, and that. I am A civil engineer, mechanical engineer, or architect. I affirm that I am eligible under the exemption to Division 3 of the Business and Professions Code by Section 5537.2 of the Busi Bess and Professions Code to sign this document As the person responsible for Its preparation; and that .I am a licen$ec contractor -preparing documents for work that I have contracted to perform. I affirm that I am. eligible under 111e exemption to Division 3 of the Business and Professions Code by Section _ of the Code to sign this document as the person responsible for its preparation; and for the following reason: PAIN Indicate location on plans of Note Block for Mandatory Meagu(04 11leLz"1D9- - For detailed instructions on the use of -this arid: all Energy Efficlendy Standards compliance forms, please refer to the Nonresidential -nual published by the California Energy Commission. "IL:CH-1: Required on plans for all submittals. Parts 2 $ 3 may be Incorporated in schedules on plans. MECH-2: Required for all submittals; choose appropriate version depending on method of mechanical compliance. MECH-3 and MECH-4: Required for all submittals. - - - ---------------- Nonresidential Compliance Form December 1991 TIFICATE OFF COMF CT NAME['-- '&- ��o I GATE MECHANICAL SYSTEMS SYSTEM NAME rc J — �� " , NOTE TO FIELD TIME CONTROL SETBACK CONTROL ISOLATION ZONES HEAT PUMP THERMOSTAT? ELECTRIC HEAT? FAN CONTROL VAV MINIMUM POSITION CONTROL? SIMULTANEOUS HEAT/COOL? HEAT AND COOL SUPPLY RESET? VENTILATION OUTDOOR DAMPER CONTROL? ECONOMIZER TYPE OUTDOOR AIR CFM HEATING EQUIP. TYPE, HIGH EFFIC.? MAKE AND MODEL NUMBER COOLING EQUIP. TYPE HIGH EFFIC.? MAKE AND MODEL NUMBER CODE TABLES: Enter pod@ 00 table below Into columns above. HEA' , PUMP THERMOSTAT? ELECTRIC HEAT? VAV MINIMUM POSITION CONTROL? Y: Yes SIMULTANEOUS HEATICOO? N: No L' HEAT AND COOL SUPPLY RESET? HIGH EFFICIENCY? TIME CONTROI. SETBACK CTRL. ISOLATION ZONE4 FAN CONTROL S: Prop. SWIM H.: 1-16aling Enter fluinber of I: Inlet Vanes O: OoeuoanCy SRnaor C: Cooling Isolation Zones. P: Variable Pitch M: Manual Tltha( B: Both V: VFD O: Oth6r YENTILATION OUTDOOR DAMPER ECONOMIZER O.A. CFM 8: Air Balance A: Auld A: Air Enter Outdoor Air C: Outside Air Cort. 0: (3reylty W: Water CFM. M: Out. Air Md' "Uto . N: Not Required Note: This shall be no D: Demand Cdnw?l, less Dian Column 0 on N: Natural MECH-4. ❑❑ ❑❑ ❑❑ ❑❑ o0 ❑a o4 3fllvn-a N A Nounnslsm iom Zaimo-ni 3lVQ 3PNN iowOMd Haw tad�w o 3ldaitr o PROJECT SYSTEM NAME + u NOTE: Provide one copy of this ioim for each i iechankw sysl8M owl tita✓ng the Plgsctlp►hjA Apptoach. M■ FLOOR AREA _ DESIGN CONDITIONS: COOLiN�i HEATING OUTDOOR, DRY BULB TEMPERATURE OUTDOOR, WET BULB TEMPERATURE INDOOR, DRY BULB TEMPERATURE I E> 2. SIZING: VENTILATION LOAD TOTAL OM (From MECH4) f h ENVELOPE LOAD LIGHTING WATTS / SF -PEOPLE M OF PEOPLE (From MECHA) p5 MISC. EQUIPMENT WATTS / SF OTHER • OTHER ( )Write) (66scribe) TOTALS 3. SELECTION: A. SAFETY/WARMUP FACTOR B. MAXIMUM ADJUSTED LOAD (Totals from etioVe X Saifety/Warmup Factor) C. INSTALLED EQUIPMENT CAPACITY IF LINE;3-C IS GREATER THAN UNE 3-B, EXPLAIN KBbi / Hr KBtu / Hr , � RA L".l � LrJ Pf=SIGN f`"ICISNCY NNmgSp PEAK WATTS CFM FAN DESCRIPTION BRAKE SIP MOTOR DRIVE OF 0ANS B x E x 746 / (C x D) (Supply Fens) TOTALS NOTE: Include only fen systems excaeding 25 HP (see §144). TOTAL FAN SYSTEM Tote! Fab System Power Demand may not oxceod 0.8 yyatWCFM for POWER DEMAND — constant volurrw systems or 1.25 Watts/CFM for VAV systems. WATTS / CFI/ Col. F / Col. G Nonresidential Compliance Form December 1991 { t - PROJECT NAME � � j4. � �• � bA SYSTEM NAME NOTE. Prov(da one ooN of this form fot oadl owc;hahl6w OV06th. .. • ® 0 © L�_'l AREA BASIS 00CUP0 CY 0AS(S , RE&b. VAV MINIMUM CFM COND: MIN. �� NO. MIN. OA•. bESIoN LARGEST DESIGN CFM .. SPACE AREA • CFM OF CN (MAX. OF BUP�'LY MIN. MIN. NO. SF PER SF B X C ., i'EOPLE iE X A 0 OR F) t~I'A�I CF ,. TOTALS (FOR MECH-2j 1'L •C Minlmum Venblatlon Rate per Section 2-6321, Table 2-63F. E Based on Expected Numtier of Occupants or at least Go% of ChO t 23 U6C Occupant Density. H Must be greater then or equal to G or use Transfer Alt. It zone reheat or ie6W Is used., I must be less than or aqua! to N X l).3, or Iasi than or equal to g X 0.4, or less Manor equal to 300 CFM, . . whichever Is larger. 8 Must be lees then of oyual to I (IP applloable), but no lass then t3 titilaAs Trensler Air (K) Is used. @� Must be greater than or aqua! to (G H), bind, for VAV, greater then of equal to (G - J). - - __j L vesldend.af Comp.lkvm Form Deoomba 1li81 PROJECT NAME ADDRESS PRINCIPAL DES NE - LIGHTIN I I I L IN UTHOR t2 DOCUMENL 1 0,26 x,1 M OF P S IDATE SUILDINd A CONDITION8b FLOOR'AREA BUILDING TYPE NONRESIDENTIAL 146A RISE RESIDENTIAL HOTEL/MOTEL QUEST ROOM PHASE OF CONSTRUCTION- NEW V CONSTRUCTION ❑A661tioN ❑ ALTERATION METHOD OF UGH71NG COMPLIANCE COIu1PLETE[WiLDINO A'Ag-41bAT156ORY - El TAILORED' PERFORMANCE EN .0 KROAN '0Q., This Certificate of C6-m-PIIA*'n'c-'e'i-ii^-gt's-the bU'i'l'di'* I"' Was an " "­ or _ niodid to 06MOly With Title24, Parts 1 and6 of the CAIIforhia Ude'of Rbb, 6tWV' linty to building lighting requirements. The Principal Lighting Designer hereby 66riffiei that th'a'-pr*bPoS6d budding ding design roprdr"bfit6d In this set of construction documents is consistent with the other- 6646666 f6ift and iNorksheets, With the 60acitl6Ailont, and with any other calculations submitted With this 06ir-hit application. The OrI50666d 6ulldin-0 has been designed to meet the lighting requirements contained in sections 110, *11 §.- 136 through i ki and 146 oil 40. .9 check one: dl hereby affirm that I aim eligible Under t - he provisions of blvisl6h 3 of the Business and PhAS-Slons Code to sign this document as the person responsible for its pr6paWioin; andthatIi AM a civil engineer, electrical engineer or architect. I affirm that I arfi eligible uhd6ir th6 ker6ptl6h to bIV1sl6ni 3 61 the Bl'UtiheSi and PfoI16s6Ioh§ C6de by'Section 5537.2 of the [5usihess and k6f6stionsCode i9d*mcurridrita§ "i" 6d '--'- the parson responsiblefor. its preparation; and that I am a licehsedr6dntract6tpreparing d666yi,-e6tifor work That 'lhave contracted t6perform. I aI of the Business and Professions Coda by Section affirm i that I am eligible i46 exemption to Divit"6h 31 of the this document as the person responsible for its Code to sign preparation,, And for the following irOds'o-fi: ] IPAL LIGHTING SION PESI NER,- NAME LIC. No. E , 7% Indl&te location on Plans of W6 Block foe' MAihdatoty maaidwi For detailed instructions 6h thd use - of 'iQ and �If E-i4ig"y Efti6iih �.gtiK66i,dg 60#6666 totiiit, 166§6 refer 16 the Nonresidential I P ,Anual published by the California Energy C"6' h'I'Mmlon. Required1-1:Required on plans for all sobmhtal- Oart' 2inay be incorporated in tchadule§ on plans. LTG- ' 2: - Requif9d 16r all submittals. G I LTG-3: Optional. Use only 0 li&ing co'lltrol'66dits are taken. LTG-4: Optional. Use only if Tailored Method is used. Parts 9 and 3 used only R applicable. NonresldentW Complixwe Form December 19811 pim HEDULE LUMINAIRE NAME (og. Type-1, Type-2, etc.) fL "G` . A .�AN�P � lig lighting. Part 2 of 2 LTC � � w Ga � • ■ ■ s• �a r ■■ CONTROL LOCATION CONTROL (ten N) IDENTIFICATION CONTROL LOCATION (Room N or Dwg. N) CONTROL R L IDENTIFICATION Nonresidential Compliance Form , Ct*Abl. TYPE (Auto Time EWitcN, Exterior, atc.) btMHe CONTROL TY09 (Occupant, Daylight, niibWhg, etc.) 'BALLASTS TYPE NO. / LUMINAIRE $ E' O• K ❑ ❑ ❑D❑ Ul ❑ ❑ [;�L❑ ❑ 1:11:10 ❑Cl❑ ❑ ❑❑ ❑❑❑ ❑❑❑. - NOTE TO FIELD Proyklit Eupportnp Documentatbn I NOTE TO FIELD -c '.',,+�. t•'�.,wt.''K» ,gt6h,.+1F:f+ a{ Y 7�"xiS Y '� :a''.tf^. �... - J a., :ti.. + aHTIN'GO�MP'LV�I�Jil��(itl�i:Y::; IOJECT NAMEJDATE S LUMINAIRE NUI) -g� OF WATTS pf R LUMiNAIRE CEC MMULT TOTAL NAME DESCRIPTION LUMINAIRES (Indu&4 Sallr;,lt) Y N• WATTS 2 l o Li 9 ❑ z —1 El El El El ❑❑ El El SUBTOTAL MOM THIS PAGE PLUS SUBTOTAL FROM CONTINUATION PAGE l� LESS CONTROL CREDIT WATTS (FROM LTG-3) L I It not using the CEC Default value, phase provide supporting;;;; rientation. ADJUSTED ACTUAL WATTS COMPLE'iE.$i�ILD i O. E O BUILDING CATEGORY (Froth TBbls 2-53M) WATTS PEh SF COIrIPLETE fiLD(L AREA ALLOWED WATTS c:) 22�� AREA CATEGORY (From Table 2-63N) WATTS AREA ALLOWED PER SP (SF) WATTS TOTALS AREA WATTS SILO RE D O :>::>::»>:<;::<:>< RF (�MANCE.MET QD.,.>:::.;:;;::;::::;;;::::.:::.:::::.;.:.:.::.:::.:::.::::::::::::.�.:::::.:�:::::::::::.�::::::..:.:::.�::::.:::::::::.::::::::::....:..:::.:: TAILORED PER06MMANCE TOTAL ALLOWED WATTS (From LTG-4 or hom computer run.) nres/denoW Compliance Fam Deoemba 1991 ZONE bESIGN COOLING LOAD SUMMARY Location : La Quint&, California. 09-25=95 Prepared By : 6022890201 Carrier Hourly. Analysis Program Page I'of 2 CALCULATION DATA. - Zone Name LA QUINTA Calc Time! Jul 1600h Job Name i CARWASii Amb db/wb: 114.0/ 72.7 F Space Names'tA QUINTA CARWASH LOAD INFORMATION SENSIBLE LATENT LOAD COMPONENT ----------------------------------------- (BTU/hr) ------------------ (BTU/hr) SOLAR'GAIN 28,723 0 GLASS TRANSMISSION 19,836 0 WALL TRANSMISSION - ..7,-509 0 ROOF TRANSMISSION 5,055 0 PARTITION TRANSMISSION 0 0 LIGHTING ( 4,500 w TOTAL) 10,727 0 OTHER ELEC. ( 0 W TOTAL) 0 0 PEOPLE"( 22:50 PEOPLE TOTAL) 8,505 4,613 MISCELLANEOUS LOADS 0 0 COOLING INFILTRATION 0' 0 PULLDOWN/WARM-UP 108 0 COOLING SAFETY LOAD 0 0 SUB -TOTALS 77,462 4,613 NET VENTILATION LOAD ( 33$ CPM) 12,581 2,252 SUPPLY FAN LOAD (BHP`=• 0:5) 1,339 0 WALL LOAD TO PLENUM 0 0 ROOF LOAD -TO PLENUM[ 11,794 0 LIGHTING LOAD TO PLENUM 4,606 0 • - - - - - - - - - - - - - - - - - - = - = - - - - - - - - - - - - L :. - - - - - - - - - - - - - - - - - - - - - - - - - TOTAL COOLING LOADS 107,782 6,865 COIL SELECTION PARAMETERS: COIL ENTERING AIR TEMP. (DB/WB) = 82.8/ 61.1 deg F OIL LEAVING AIR TEMP: (DB/WB) 55.0/ 49.1 deg F ,COIL SENSIBLE LOAD = 107,782 BTU/hr COIL TOTAL LOAD = 114,647 BTU/hr COOLING SUPPLY AIR TEMPERATURE = 55.0 deg F TOTAL COOLING CFM (actual.) - 3,612 CFM TOTAL •COOLING GFM (std. air) = 3,586 CFM RESULTING ROOM REL: HUMIDITY = 33.9 COIL BYPASS FACTOR = 0.300 COIL APPARATUS DEWPOINT 43.1 deg F REHEAT REQUIRED = 0 BTU/hr GENERAL INFORMATION: TOTAL COOLING LOAD = 9.55 Tons = 235.51 sqft/Tons TOTAL -FLOOR AREA _. 2,250.00 sqft OVERALL U-FACTOR = 0.223 BTU/hr/sgft/F COOLING CFM/sqft = 1.61 CFM/sgft golit DtSidN, COO-LiNd LOAD SUMMARY Lo6ation''. !-La Qiiiht& CAliforhia 09-25-95 Prepared By 6022890201 Carrier 'Hourly Analysis r-, d-g,." i7a", m-, P6ge 2 of 2 CALCULATION . ZbiieName LA" Q, b, i N! T'A Calc time: Jul'1600h Job NameU -- kWA§H" Am"b db/wb: 114.0/ 72.7 F Space- Al.--- pace ameit T­ LA �tfMA A 9H , WALL AND GLASS LOAD Bkt"Akb6wN ---------------------- LOAD COMPONENT ------------------------------------------------- AREA TR"-- A"'NSMi 8'S ION SOLAR GAIN (8ttj/hr) (BTU/hr) GLASS LOAD§-N-'E" 0 0 0 E 264 6,402 8,250 SE 0 0 0 S 0 0 0 SW 0 0 356 8,633 17,634 NW .0 0, 0 igg 4,801 2,838 H 0 0 WALL LOADS: Nt 0 0 E 616 3,509 SE 0 0 205.. 1,087 - SW 0 0 644 2,895 NW 6 0 N 5 18 r . ZONE DESIGN'HEATING LOAD SUMMARY Location ta. Oliintei ,_California 09-25-95 Prepared By 6022890201 Carrier Hourly Analysis Pr-ogr,a-m 'Page 1 of 1 CALCULATION DATA: Zone Rajh6 LA QUINTA CAlc Time: Winter design Job Naiv6 CARWASN. Amb db 26.0 F Space Name:LA dbl"NTA C-AjkWAgk .LOAD COMPONENT, ----------------- ------------------------------------------ LOAD (BTU/hr) WALL TRANSMISSION 'TRANSMISSION 7,945 ROOF 9,801 GLASS TpAN!SRfstI_6N 25,914 tk'AN'SkiSgf6N t6S8 TO UNdo9b. 8'Afts 01 INIPIttkAtION, LOSS 0 SLAB FLOOR 0 HEATING _ SAFETY BTU' h i 7 0 ------------- ----------------------------------- SUB-TotAt ;,LOSS 43,660 NET VENTILATION ---------------------- --------------------- 15,922 ---------------- TOTAL HEATING ATING LOAD -------------- 59,583 HEATING SUPPLY CFM . 1,018 CFM HEATING NG S UPPLY AIR TEMPERATURE 110.0 deg F HEATING VENTILATION ' Atj�, CFM 338 CFM HEATINGTHERMOSTAT 8tTPOIRt TEMP MP, 70.0 deg I F Product Data = 38YCA (60 Hz) 38YCN Heat Pump 38YCA Sizes 01.8 thru 060 38YCN Sizes 024 thru 048 The 38YCA and 38YCN Outdoor Sections of Split -System Heat Pumps pre designed for quiet, reliable heating during the winter and cooling during the summer. With a SEER up to 10.5 and HSPF up to 7.5, these heat pump systems provide economy of operation through energy conservation when used with components designated by manufacturer. They recover heat for Indoor comfort from outdoor air during the heating season and, by automatically reversing the efrlgerant system, remove Indoor eat and excess humidity during the cooling season: All models are listed With UL, C-UL, CEC, and ARI. FOATORMSENEFITS 910Ctrivol Ra ilgo — All units are pfftyred in single phase 208-230v. The 38YCA 030 through 060 models are offered In 208/230v S pphase and 38YCA 036 through 060 are offered in 460v 3 phase. 61; 0 flonae — The 38YCA is available in 7 nominal sizes from 018 through 060 to meet the needs for residential and light commercial applications. The 38YCN Is available in 5 nominal sizes from 024 through 048 to meet the needs of the manufactured housing market. Compressor — Designed specifically for heat pump duty, with energy efficiency during heating and cooling operation. Each compressor Is hermetically sealed against contamination to assure long life and dependable performance, Internally sprung (units with reciprocating compressor) and externally mounted on rubber Isolators for quiet operation. Continuous compressor operation Is approved down to —30°F (-34.4°C) in the heating Copyright 1994 Carrier Corporation Form 38YCA3PD t _ _ •i 19 $IANW��'��• �. TrQO AMA CERTIFICATION APPLIES ONLY WHEN THE COMPLETE SYSTEM IS LISTED WITH ARI. SERIES 33134 35/36 . ; ,, 38/ 7, 57 36/37 32/33, 53, 63"219 32133, 53. 63 OPERATING WT (16) 127,. 143 . 157, 153 176 207237 REFRIGERANT 22 Control Piston Charge (Ib) (6 15 th 4:69 4.7514.88 5.38/5.63 6.38/7.13 7.63/7.38 9.25/7.78 10.00/ 10 25 CONDENSER FAN Propeller Type, Direct Drive Air Discharge Vertical Air Qty (CFM) : 1900 1900 2300 3300 Motor RPM (60 Hi) 1110 1125 112E 1125 .CONDENSER COIL Face Area (sq k) 9.10 9.11 14.07112.42 14.93 18.67/17.42 22.40117.42 22.40 CONNECTION (in. ID) Sweat Vapor 618 3/4 718 Liquid 3/8 REFRIGERANT TUBESt (in. OD) Vapor 5/8 3/4 7/8 1.118 Liquid 3/8 I'1�NIT. ��� jf.��sH . —a. � Jy. ` T,� 60 tiP� �5.�4.b • y '<ti 50, 60 SERIES 53; 54, 63,'64 50, 60 OPERATING WT (Ib) 213 ��10. 209 19 255 REFRIGERANT 22 Control Piston. Charge (lb) 7.69 7.75 9.25 13.38 CONDENSER FAN Propeller Type, Direct Drive Air Discharge Vertical Air taty (CFM) 3300 Motor RPM (60 Hi) 1100 CONDENSER COIL Face Area ("sq tt) 22.20 18.70 CONNECTION (in. ID) Vapor 3/4 7/8 Liquid 3/8 REFRIGERANT TUBESt (in. OD) _... Vapor 314 f 718 I I /H Liquid 3/8 ffuUe sizes are for lengths up to 50 fl For Ienglhs over 50 It, consult Wig Line Application Guideline. NOTE: See unit Installation Instructions for proper installation.. shysical data MODEL FB5A I 018 024 036 042 F84A 018 624 030 1 036 042 i OPERATING WT 126 128 98 126 147- R-22 •ra--q Ar REFRIGERANT 'ruka'ter 048 060 048 066 070 158 168 199 Relriq metering uevice Piston Size 55 61 67 7 78 82 84 98 913 COIL Rows and Fln§ Per In. 2 and 14 .3 ana I 1 2 ana 14 3 and 14 3 and 11 2 and 14 3 ana I 1 3 and I 1 3 and 14 , 1 2 g17 1 -�2 Face Area JSq Ft) .2�3 �223 3.46 1 , 2.97 2.97 4.45 1 i 7 -12 configuration Stood top. -N - I Sloop Slope -A- L - A" -A- -�A FAN See Product Offering Chart Air Discharge 650 1 85�0 00 1 300 1500 1 1700 1 2000 2000 CFM Morninal) 1 5 1.4 1' 3 1-3 112 1 3.4 14 3.4 Motor Hp (PSC). 21-V2 x 13 2 i - 1 2 x 16.3,8 21.1t2 x 19-7/8 21-1 2 FILTERS 23.5 1,: I'Aciablar Units capacitor ana. relay. TXV conjuhcti66 wafi reciprocating cornpressot mutt also use compressor start c Refer to outdoor fFah-coil units with used in Unit speci6c6fic"nS. tFMers must be field swoued for v&bcjI only rhodels. e o-'A , P01V to all vits-lon3 IF04ANA. AW. etc.) unlesi otherwisd specified. NOTE: Descriptiontancioirii"riii a ELktRk-- HEATER INTERNAL PROTECTION FUSES CKT BKR EM ACCESSORY PIN FAN COIL SIZE USED WITH '-sbee'a Relav Kit - '' (FATS01 012SP All Disconn6ci Kit KFADKOIOIDSC Cooling controls and heaters thru 10-kw K Latent Capacity Control - Kitt XFALC0101LCC All Downtlow Base Kit KFACOOI01CFB �FACbWOICFO ;�FAC803611CF.0 rFACB040 ICFB 018.024 030.036 042.048.060 070 owntlow Conversion Kit KOiOIDFK AllFADC I Filter Cage Kit KPAF(70IOlFCG ,.FAFCO2 I OIFCG 018.024 030.036 042.048.060 Sweat to Mechanical Adartler kit .,FASC010115 8 I 018 <FASCO2013,4 024.030.036 II XFASC03017 8 042. 048.060. 070 Relurn-Air Du6t.0innqe Kit I wFARFOMIRAF All innip-Pnikt Wirina Kit -.F.ASPOIOISPK 15 ana 20 kw Fused liticj ir.,,;iailed R_ 0 1 0 DELTA SERIES SPECIFICATIONS LUM11NAIRE HOUSING . , . shall be die formed heavy gauge etuminum.eonstruction.. internally welded tor. strength, 3ppegtar weathertight Wormance. LUMINAIRE. DOOR AND LENS shalt consist of a clear anodized extruded aluminum door completely gasketed with an extruded EPDM neoprene. The lens shall be a 3/16" thick high impact and heat resistant clear tempered glass, completely #Uketed wlth silicone and inured with spring tenslon glass clips;. The door shall be binged with two stainless steelpins and two spring loaded positive slide latches. OPTICAL. SYSTEM.. shalt be e. die. formed segmented specular ALZAK6 reflector designed to produce an ANSI—I.ES cresslfication type III medium out off dIdtittution, end he easily field rotated to direet.the light in any of four directions -The reflector shall rnntain a tM volt mogut bags heavy duty'poraelaln socket. BALLAST TRAY . , , shall cwWot of either a Mercury Vapor, Metal. Halide or High Pressure Sodium ballast,. mounted on a. hinged tray completely prewired with quick disconnect plugs and secured with a positive quartet turn fastener. MOUNTING ARM.— shall be a rectangular extruded aluminum arm with a minimurn .125 wall thlckr*z mounted with Concealed that bolts. STANDARD FINISH... , shall. be medium bronre.baked enamel. MAINTENAM�E , , . the door. reflector and ballast tray shall be. easily hinged and removable without tools. HARDWARE... all mounting fasteners, hinge pins and sprlrW shall he: stalnlpss:steel.. U.L..... shall be U.L. listed. a c,.T — 2 4— S45 T U 22E = 1 3 G E R U N G E N G I N E E R I N G 1.,. EDL...,.""rA P - 02 +--r AMl1/MA Catalog. IMaximum Dimensions Plumbers lamp Wattage. q B G EZA 70 to 250 17'/a 22 8 EZ6 250 is 400 217/. 27% 10 EZC 400 to 1OQ0 24'/. 31. 12. I.AMPS: MV Mercury Vapor MH Metal Halide HPS High Pressure Sodium VOLTAGE: 120 - 208 -- 240 — 277 -- 480 OPTIONAL FINISHES: FILE - Black Sam[ Gloss Enamel DBE •- Dark Bronza Enamel Other paint finishes available upon request Pro Waft a MV MF D Area 1 70 x $ 1.5 10O x ISO f 1 2.3 175 X x 250 x x f f 3.0 400 x X 1000 x x POLES Sao Pote section n OPTIONAL LIGHT DISTRIBUTION; Type if. Type 11. Medium cut oft Type FT Forward Throw. and Critical Iight nrea.; Type V Ouadreto rut aft. OPTIONAL ACCESSORIES: PCR - Photo Eiectria Cell Receptacle IPhato Coll by Others) HS House Shield LS Polyaarbonate Shiord mounted In, the door under the glass - BC Base Cover TO SPECIFY; 2 Q d Q' Q re EZA 2. 150HPS 208V III PCR 11=20 MBE � — 4 LIGHTING SYS'TI: . INC: FROM:STEGEMANN-BORER TO: 6197777011 'FEB 13, 1996 10:16AM P.02 J. Gary. Stegemann, A.I.A. Architect 5 112 East State Street Redlands, California 92373 (909) 798.1123 Fax (909) 792-1142 January 2, 1995 City of La Quinta Subj: CUP 95-017 Building and Safety Department La Quinta Carwash Mr. Mark Harold 78-495 Cal — le Tampico - a Quinta, California 92253 Dear Mr. Harold, The following are our clarifications and approved substitutions to the above mentioned project: 1. Clarification: Sheet S2.1 �. Concrete slabs shall be a minimum of 4" thick with '#3 at 24" o.c. at center of slab or Fibermesh (2500 .psi concrete) In lieu of #3's at 24" o.c. 2. Architect approved substitution; ABS pipe may be used for all underground waste lines in lieu of cast iron pipe. Jim Jarnagln, The Allen Connection iV1ea.98%Jettom.V6WA49 di